BCS theory

Electron-phonon interaction

Cooper pairing

Bose-Einstein condensation

The temperature at which the superconductor loses its superconducting properties

The temperature at which the superconductor becomes a perfect conductor

The temperature at which the superconductor exhibits the highest superconducting properties

The temperature at which the superconductor exhibits the lowest superconducting properties

The energy difference between the ground state and the first excited state of a Cooper pair

The energy difference between the Fermi energy and the bottom of the conduction band

The energy difference between the Fermi energy and the top of the valence band

The energy difference between the Fermi energy and the middle of the band gap

The distance over which the superconducting order parameter remains constant

The distance over which the superconducting current flows without dissipation

The distance over which the superconducting electrons are correlated

The distance over which the superconducting phonons are correlated

The distance over which the magnetic field penetrates into a superconductor

The distance over which the electric field penetrates into a superconductor

The distance over which the superconducting current flows without dissipation

The distance over which the superconducting electrons are correlated

The expulsion of magnetic fields from a superconductor

The attraction of magnetic fields to a superconductor

The increase in the magnetic susceptibility of a superconductor

The decrease in the magnetic susceptibility of a superconductor

The quantization of the magnetic flux through a superconducting loop

The quantization of the electric flux through a superconducting loop

The quantization of the current through a superconducting loop

The quantization of the voltage across a superconducting loop

The flow of supercurrent between two superconductors separated by a thin insulating layer

The flow of normal current between two superconductors separated by a thin insulating layer

The flow of supercurrent between two normal conductors separated by a thin insulating layer

The flow of normal current between two normal conductors separated by a thin insulating layer

A theory that explains the formation of Cooper pairs in superconductors

A theory that explains the critical temperature of superconductors

A theory that explains the energy gap of superconductors

A theory that explains the coherence length of superconductors

A theory that explains the critical temperature of superconductors

A theory that explains the energy gap of superconductors

A theory that explains the coherence length of superconductors

A theory that explains the penetration depth of superconductors

A theory that explains the formation of Cooper pairs in superconductors

A theory that explains the critical temperature of superconductors

A theory that explains the energy gap of superconductors

A theory that explains the coherence length of superconductors

A theory that explains the critical temperature of superconductors

A theory that explains the energy gap of superconductors

A theory that explains the coherence length of superconductors

A theory that explains the penetration depth of superconductors

A theory that explains the energy gap of superconductors

A theory that explains the coherence length of superconductors

A theory that explains the penetration depth of superconductors

A theory that explains the flux quantization in superconductors

A theory that explains the coherence length of superconductors

A theory that explains the penetration depth of superconductors

A theory that explains the flux quantization in superconductors

A theory that explains the Josephson effect

A theory that explains the penetration depth of superconductors

A theory that explains the flux quantization in superconductors

A theory that explains the Josephson effect

A theory that explains the Meissner effect